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首页> 外文期刊>Differential and integral equations >BLOW-UP ANALYSIS FOR SOME MEAN FIELD EQUATIONS INVOLVING PROBABILITY MEASURES FROM STATISTICAL HYDRODYNAMICS
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BLOW-UP ANALYSIS FOR SOME MEAN FIELD EQUATIONS INVOLVING PROBABILITY MEASURES FROM STATISTICAL HYDRODYNAMICS

机译:统计水动力作用下涉及概率测度的某些均值方程的爆破分析

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摘要

Motivated by the mean fleld Sawada-Suzukiwith probability measure derived by Sawada-Suzuki and by Neri in the context of the statistical mechanics description of two-dimensional turbulence, we study the semilinear elliptic equation with probability measure: deflned on a compact Riemannian surface. This equation includes the above mentioned equations of physical interest as special cases. For such an equation we study the blow-up properties of solution sequences. The optimal Trudinger-Moser inequality is also considered.
机译:基于Sawada-Suzuki和Neri在二维湍流的统计力学描述的上下文中推导的平均场Sawada-Suzuki概率测量结果,我们研究了带有概率测度的半线性椭圆方程:偏转在紧凑的黎曼曲面上。作为特殊情况,该方程式包括上述物理关注方程式。对于这样一个方程式,我们研究了解序列的爆破性质。还考虑了最佳的Trudinger-Moser不等式。

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